| 摘要 |
Magnetic levitation self-regulating systems designated for forward and rotating motion and stable hovering of heavy masses (working bodies) in both gravity and weightlessness are proposed. This system includes a stator assembly and a levitator assembly. The stator assembly comprises split iron cores with air gaps between their core shoes fixed on a non-magnetic foundation. The levitator assembly comprises permanent magnets coupled together by non-magnetic couplers and disposed into the air gaps of the stator assembly. The levitator magnets are magnetized across the air gaps of the stator and generate the primary magnetic field, magnetizing the iron cores, which, in turn, create a secondary magnetic field. The resulting magnetic field creates a stabilizing levitational force providing a stable hovering of the levitator without any automatic control system or additional energy consumption.
|
